Designing a safety structure for an onshore pivoted wave energy converter: numerical and experimental investigation

D. Coiro, F. De Luca, G. Troise, N. Bizzarrini, Guido Lazzerini
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Abstract

The present work concerns the development of a protection system for an onshore WEC device. The considered WEC system has been developed within a publicly funded research project, named GENERA, and is composed by a pivoting floating body which transfer wave energy to an electromechanical PTO. The energy conversion system, developed by Umbra Cuscinetti Spa, is composed by an electrical generator integrated in a ball-screw mechanism. The floating body, which operates the transformation of wave energy into mechanical energy, was developed by Seapower together with its support structure. In order to prevent possible damages due to extreme waves, the device is provided with a safety system. The principal loading conditions expected under extreme waves are investigated by means of numerical and experimental analyses.
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陆上旋转波浪能转换器的安全结构设计:数值与实验研究
目前的工作涉及陆上WEC设备保护系统的开发。考虑的WEC系统是在一个名为GENERA的公共资助研究项目中开发的,由一个旋转的浮体组成,该浮体将波浪能量传递给机电PTO。由Umbra Cuscinetti Spa开发的能量转换系统由集成在滚珠丝杠机构中的发电机组成。将波浪能转化为机械能的浮体是由海动力公司与其支撑结构一起开发的。为了防止极端波浪可能造成的损坏,设备配备了安全系统。通过数值分析和试验分析,研究了极端波浪作用下的主要荷载条件。
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